Product Description
Clutch Drive Gear Pickup Drive Gear Feeder Drive Gear HP LaserJet 1010 1020 1020 Plus 1018 10121015 3015 3020 3030 3050 3055 1022 M1005 LBP2900 ( MINIMUM QTY 10PCS)
For Use In ( MINIMUM QTY 25PCS)
Clutch Drive Gear Pickup Drive Gear Feeder Drive Gear HP LaserJet 1010 1020 1020 Plus 1018 10121015 3015 3020 3030 3050 3055 1022 M1005 LBP2900
HP Laserjet 1020+,1010,1012,1015,1018,1020,3015,3020,3030,m1005, Canon LBP2900,LBP3000.4320,4350 Printer
HP L J 1010 1020 ,1018 ,3030 3055 ,3050,3020
canon 2900, 3000, 4320, 4350, 4150, 4122, 4690 4012 ,L100/MF4680
Compatible Model HP Laserjet 1010 1015 1018 1020 1022 1005 3015 3020 3030 3050 3055
Canon 2900 3000
HP LaserJet 1010 Printer
HP LaserJet 1018 Printer
HP LaserJet 1020 Printer
HP LaserJet 3020 Printer
HP LaserJet 3030 Printer
HP LaserJet 3015 Printer
HP LaserJet M1005 Printer
Canon LBP-2900B Printer
Canon LBP-3000 Printer
Compatible Model - HP Laserjet 1010 - 1015 - 1018- 1020 - 1022
- 1005 - 3015 - 3020- 3030 - 3050 - 3055
Canon 2900
Precision OEM-Compatible ReplacementOur gear set is manufactured to the precise dimensions and specifications required by HP LaserJet 1010 series printers, providing a reliable and seamless replacement. Each gear features a smooth surface finish for efficient motion and delivers consistent performance for standard duty print cycles.
High-Quality Engineering Plastic ConstructionCrafted from durable, high-grade engineering plastic, these gears resist wear and deformation, even under frequent use and moderate operating temperatures (0C to 50C). Their robust construction allows for long service life and low operational noise, maintaining productivity in any office environment.
Effortless Installation & Immediate AvailabilityThe HP 1010 Gear Set is designed for easy user or technician installation, minimizing downtime. Ready stock ensures rapid dispatch within 2-3 days, making it convenient for distributors and businesses needing swift replacements for essential print operations.
FAQ's of Clutch Drive Gear Pickup Drive Gear Feeder Drive Gear HP LaserJet 1010:
Q: How do I install the Clutch Drive Gear Pickup Drive Gear Feeder Drive Gear Set in my HP LaserJet printer?
A: The gear set is engineered for straightforward installation-simply remove the printer's side cover, locate the existing gears, and replace them with the new set. It is recommended to consult the printer service manual or seek professional assistance for best results.
Q: What are the benefits of using this particular gear set over standard replacements?
A: This gear set is made from high-grade engineering plastic, ensuring high precision, durability, low noise, and perfect OEM compatibility. Its robust build results in smooth, reliable paper feed and pickup, extending your printer's performance lifecycle.
Q: When should the gear set be replaced in my HP LaserJet 1010 series printer?
A: Replace the gear set when you experience paper feeding issues, unusual noises, or frequent jams. Regular maintenance or replacement is advisable after prolonged use or as specified in your printer's maintenance schedule.
Q: Where is this gear set compatible, and which models does it support?
A: This gear set is compatible with HP LaserJet 1010, 1012, 1015, 1020, and 1022 printers. It is designed to work seamlessly with these models for both A4 and legal-size paper printing.
Q: What is the process for storing this gear set and ensuring its longevity before use?
A: Store the gear set in a dry area away from direct sunlight, preferably in its original polybag or individual box packaging. Proper storage ensures materials remain undamaged and functional until installation.
Q: How quickly can I receive this gear set after placing an order?
A: The gear set is available as ready stock, with dispatch typically occurring within 2-3 days of order placement, ensuring minimal downtime for your printer operations.
Q: What materials are used in the manufacturing of this gear set, and how does that affect performance?
A: These gears are manufactured using high-grade engineering plastic, providing a balance of high durability, resistance to deformation, and low operational noise, resulting in efficient, long-term performance and easy maintenance.